Thyristor module | | aluminum radiator | thyristor module

by:Positioning     2021-03-05
Many companies now use silicon controlled rectifier module, but when choosing thyristor module radiator, must consider the following factors: (1) working current thyristor module size, to determine the required heat dissipation area; (2) using the environment, thus can determine what cooling & ndash; — Natural cooling, forced air cooling or water cooling; (3) plant shape, volume, the size of the space reserved for radiator, what shape can be determined using the radiator. In general, most users will choose aluminum radiator. For the convenience of users, manufacturers of all kinds of thyristor module, the characteristic parameters required for heat dissipation area is given in the table. This area is in the module working at full capacity and reference values in the forced air cooling. Radiator length calculation formula is given below: silicon controlled rectifier module required for heat dissipation area = ( Radiator circumference) × ( The radiator length) + ( Cross-sectional area) × 2; Among them, the thyristor module required for heat dissipation area of thyristor module parameters reference values given in the table, the radiator perimeter, area can check it on the sample of radiator manufacturer, radiator length of stay for quantity. Welcome to visit website more about thyristor knowledge. Thyristor module forever only a little more than a rival, is more than a little thought for the customer. If interested in our silicon controlled rectifier module or there is doubt, welcome your consultation, we wholeheartedly at your service.
Additionally, Yangzhou Positioning Tech. Co., Ltd has a few new features planned to roll out in the app to provide more convenience, comfort and options to our clients.
Exceed customers' expectations in the procedures of manufacturing custom rectifier.
Yangzhou Positioning Tech. Co., Ltd will give you a suitable price for purchasing custom rectifier.
Custom message
Chat Online 编辑模式下无法使用
Chat Online inputting...